Answer:
d. cell membranes
Explanation:
The movement of the the fluid is a combination of both the osmotic and the hydrostatic pressures.
Osmotic pressure results from the differences in the solute concentrations across the cell membranes. On the other hand, hydrostatic pressure results from pressure of the blood as it enters the capillary system, forcing some amount of the fluid out of vessel into surrounding tissues.
<u>As a result of these factors, the fluid movement occurs through cell membrane.</u>
Answer:
whooping cough
Explanation:
whooping cough along with multiple other respiratory diseases are required to be treated by droplet precautions since they are often airborne.
Answer:
circulatory system
Explanation:
The respiratory system works with the circulatory system to provide this oxygen and to remove the waste products of metabolism.
Based on the diagnostic tests for acromegaly, high levels of growth hormone after intake of a sugary liquid indicates acromegaly.
<h3>What is acromegaly?</h3>
Acromegaly is a hormonal disorder which occurs when the pituitary glands produces excess growth hormones resulting in extra large faces hand and feet in the individuals affected.
Acromegaly can be diagnosed by:
- IGF test- high IGF-I level can indicate acromegaly.
- Oral glucose tolerance test - high levels of growth hormone after intake of a sugary liquid indicates acromegaly
Learn more about acromegaly at: brainly.com/question/4940609
Glomerulus
The high fluid pressure inside the arteries causes the glomerulosa (capillary bed) in the glomerular capsule to produce filtrate.)
<h3>What is Glomerulus ?</h3>
Blood enters the glomerulus, a collection of small blood veins, as it enters each nephron. Smaller molecules, wastes, and fluid—mostly water—can pass through the glomerulus' thin walls and into the tubule.
- Proteins and blood cells, which are larger molecules, remain in the blood vessel.
- The glomerulus' primary job is to filter plasma to create glomerular filtrate, which travels the full length of the nephron tubule before converting to urine. Water, glucose, salts, and urea are all components of the glomerular filtrate.
Learn more about Glomerulus here:
brainly.com/question/7175191
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